Download Free An Exploratory Theoretical Investigation Of The Effect Of Longitudinal Surface Curvature On The Turbulent Boundary Layer Book in PDF and EPUB Free Download. You can read online An Exploratory Theoretical Investigation Of The Effect Of Longitudinal Surface Curvature On The Turbulent Boundary Layer and write the review.

The equations of motion and total enthalpy are derived for a compressible turbulent boundary layer on an axisymmetric or two-dimensional surface with non-negligible longitudinal curvature. From these equations are derived the integral-momentum, kinetic-energy, and total-enthalpy equations for non-negligible longitudinal curvature. Calculations indicate that if concave curvature increases the skin friction sufficiently separation is delayed although the boundary layer is thickened. Also, an increase in curvature in the direction in which the surface pressure rises acts to hasten separation for concave curvature and delay it for convex curvature. (Author).
This report presents a derivation of a method for obtaining the properties of a turbulent boundary layer on a body of revolution from the properties on a corresponding two-dimensional body. The method is a generalization to turbulent flow of Mangler's well-known transformation for laminar flow; Mangler's transformation is a special case of the generalized transformation. (Author).
The equations of motion and total enthalpy are derived for a compressible turbulent boundary layer on an axisymmetric or two-dimensional surface with non-negligible longitudinal curvature. From these equations are derived the integral-momentum, kinetic-energy, and total-enthalpy equations for non-negligible longitudinal curvature. Calculations indicate that if concave curvature increases the skin friction sufficiently separation is delayed although the boundary layer is thickened. Also, an increase in curvature in the direction in which the surface pressure rises acts to hasten separation for concave curvature and delay it for convex curvature. (Author).